

Key Responsible :-
Performed chemical analysis, hardness testing, tensile testing, microstructure analysis, cleanliness testing, and process control testing.
Conducted calibration, standardization, and preventive maintenance of laboratory instruments including Spectrometer, Microscope, Hardness Tester, and Tensile Testing Machine.
Managed incoming raw material inspection for wax, alloy bars, zircon flour/sand, crucibles, and other materials.
Performed HTF furnace CQI-9 assessments, SAT & TUS activities, and maintained related documentation.
Monitored critical process parameters including vacuum leak rate, moisture, coat thickness, water TDS, temperature, and humidity.
Coordinated with production, maintenance, quality, and suppliers to resolve process and quality issues.
Key Achievements
Successfully implemented in-house DM water plant regeneration, reducing annual operating cost by approximately ₹86,400.
Reduced customer report lead time by completing chemical testing and documentation within 3 days after V1.
Developed digital temperature and humidity monitoring records for better process analysis.
Repaired 3D printer in-house, eliminating external service cost.
Reactivated OMEC Particle Size Distribution Analyzer for zircon flour particle size testing.
Supported defect analysis and process improvement initiatives to reduce casting defects.
Conducted moisture testing, vacuum leak rate monitoring, prime coat thickness measurement, and process trials.
Maintained 100% compliance with laboratory safety procedures, PPE usage, SOPs, and mandatory training.
Training & Certifications:-
IATF 16949:2016 Internal Auditor Training
CQI-9 Heat Treatment System Assessment Training
Quality Management for Operational Excellence
Advanced MS Excel Skills
Professional Email Writing & Communication
Leadership
Trained laboratory assistants and contract employees on laboratory safety, testing procedures, and instrument handling.
Provided technical guidance for spectrometer operation, cleanliness testing, filter paper interpretation, ash content, moisture testing, and mold testing.
Key Responsible :-
Perform metallurgical inspection and validation of forged and heat-treated automotive components.
Execute heat treatment processes including carburizing, hardening, tempering, and quenching to achieve specified mechanical properties.
Conduct metallurgical testing such as case depth measurement, microstructure evaluation, grain size analysis, phase analysis, and hardness testing (Rockwell, Brinell, Micro Vickers).
Perform raw material verification through chemical composition analysis using Spectrometer/XRF and Jominy end-quench testing.
Manage phosphating line chemistry through titration analysis and ensure coating quality compliance.
Conduct CQI-9 process audits, internal quality audits, and support customer audits with proper documentation.
Maintain laboratory records, calibration status, traceability of samples, and test reports as per quality standards.
Perform inward inspection of castings and child parts for differential assemblies to ensure defect-free production.
Coordinate with Production, Quality, and NPD teams for process improvement, root cause analysis, and corrective actions.
Major Achievements:-
Led 2 New Product Development (NPD) projects for differential assembly components, ensuring successful metallurgical validation and customer approval.
Developed an in-house DM Water Inspection System, reducing corrosion risk and improving long-term component reliability.
Eliminated inspection bottlenecks by designing manual mould sample inspection fixtures, improving inspection efficiency and reducing validation lead time.
Improved laboratory quality by strengthening metallurgical testing procedures, documentation accuracy, and audit compliance.
Enhanced raw material verification and phosphating process control, resulting in improved product quality and reduced rejection.